Absence of Present Day Active Crustal Deformation along the Chite Fault in Aizawl Area Mizoram through GPS Measurements

Malsawmtluanga, J. Malsawma, R. P. Tiwari
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Abstract

Earthquakes cannot be prevented from occurring and earthquake prediction with accurate forecasting will still not be possible soon in the foreseeable future. However, techniques like studying the crustal deformation with geodetic applications through GPS can help to generate data towards future earthquake hazard assessment and to study the geodynamics of plate motions, the mechanisms of stress and strain building and piling inside the crust which could be potential for future earthquake occurrences. Results of slow and steady deformation are indicative of a seismic hazard, which also depends largely how the time elapsed since the previous earthquakes. The geological feature of Aizawl fault is deciphered, monitored and constrained with GPS to define the present day crustal deformation across Aizawl and also to understand the role that it plays in the geodynamics of the region.
通过GPS测量米佐拉姆邦艾扎尔地区赤特断裂带现今地壳活动变形的缺失
地震的发生是不可避免的,在可预见的未来,准确预报地震仍然是不可能的。然而,通过GPS研究地壳变形的大地测量应用等技术可以帮助生成未来地震危险性评估的数据,并研究板块运动的地球动力学,地壳内部应力和应变的建立和堆积机制,这可能是未来地震发生的潜在因素。缓慢而稳定的变形结果表明有地震危险,这在很大程度上也取决于距离上次地震过去的时间。通过GPS对Aizawl断层的地质特征进行解码、监测和约束,以确定Aizawl断层现今的地壳变形,并了解其在该地区地球动力学中的作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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